Suppose an initial population of 33 million people increases at a continuous percent rate of 1.8% per year since the beginning of 2000. Write a function f that determines the population (in millions) in terms of the number of years t since the beginning of 2000. f(t)= Determine the population (in millions) at the beginning of 2019. million people What is the annual growth factor for the population? If a represents the population (in millions) at some point in time, write an expression in terms of a to represent the population exactly 1 year later. ___________________________________________________________________________________ suppose that $1500 is invested in an account with an APR of 3.1% compounded continuously. Determine the value of the investment at the end of 5 years. $ Write a function f that determines the value of the investment (in dollars) in terms of the number of years t since the investment was made. f(t)= What is the annual percent change (APY) for the account? %
Suppose an initial population of 33 million people increases at a continuous percent rate of 1.8% per year since the beginning of 2000.
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Write a function f that determines the population (in millions) in terms of the number of years t since the beginning of 2000.
f(t)=
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Determine the population (in millions) at the beginning of 2019.
million people
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What is the annual growth factor for the population?
-
If a represents the population (in millions) at some point in time, write an expression in terms of a
to represent the population exactly 1 year later.
___________________________________________________________________________________
suppose that $1500 is invested in an account with an APR of 3.1% compounded continuously.
-
Determine the value of the investment at the end of 5 years.
$
-
Write a function f that determines the value of the investment (in dollars) in terms of the number of years t
since the investment was made.
f(t)=
-
What is the annual percent change (APY) for the account?
%
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